7M-16.9344MAHC-T Application Field and Working Principle

Crystals are widely used in electronics and control for a variety of applications, offering stability and accuracy to many products. The 7M-16.9344MAHC-T is one such crystal that is gaining popularity in the electronic industry. It is a miniature surface mount crystal from Fox Electronics – offering a frequency range of 16.9344MHz and 7pFstability for even the toughest environments with high values of temperature and shock thresholds. It is available in a tiny 3.2 x 1.5mm package and fits into high-density boards, requiring minimal space.

The 7M-16.9344MAHC-T crystal has a variety of uses, most notably in frequency controlled system, whether it is a quartz watch, a wristwatch, a smart phone or a computer. The crystal is also used to modulate and demodulate signals, resulting in its presence in radio and television equipment. Other applications include audio equipment, digital cameras, digital video cameras, force feedback systems, and medical equipment.

The 7M-16.9344MAHC-T is based on a versatile design, allowing it to withstand a wide temperature range, shock and vibration levels and environmental conditions such as humidity. Its frequency stability ensures accurate timing in electronic equipment and its extremely low power consumption contributes to its longer life cycle. The crystal is also RoHS compliant and environmentally friendly.

The 7M-16.9344MAHC-T crystal works by using the vibrations of a quartz crystal to maintain a precise frequency. The crystal is a piezoelectric component, meaning that electricity applied to it causes the crystal to vibrate. These vibrations are mirrored back in the form of electrical signals which can be used as a time reference – flicking between 0\'s and 1\'s as seen in digital systems. This allows the crystal to maintain a very precise frequency even in harsh condition.

In summary, the 7M-16.9344MAHC-T crystal is an excellent choice for electronics and control applications that require a high level of accuracy and stability over time. It offers a frequency range of 16.944MHz and 7pF stability for very harsh environments and its miniature package is ideal for use in high-density boards. Additionally, the crystal can withstand wide temperature and shock levels, as well as low power consumption.